Whoever controls quantum manufacturing controls quantum capability.
In a moment when the architecture of computation itself stands at a threshold, the United States government has committed two billion dollars through the CHIPS Act to nine quantum computing companies, with IBM receiving half that sum to build the country's first quantum wafer foundry in Albany, New York. The investment is less a wager than a declaration — that the nation which shapes the physical substrate of quantum machines will shape the century that follows. At stake is not merely economic advantage but the capacity to solve problems that define survival: drug discovery, defense, energy, the very limits of what can be known.
- The US has no domestic quantum wafer foundry, leaving a critical gap in the supply chain for technology that could redefine national security and economic power.
- IBM and the federal government are each committing one billion dollars to build Anderon, a new company in Albany tasked with manufacturing 300mm quantum wafers at a scale that does not yet exist.
- Eight other quantum firms — from GlobalFoundries to early-stage startup Diraq — receive shares of the remaining billion, seeding a broader ecosystem rather than betting on a single player.
- Markets surged immediately: IBM up six percent, D-Wave up nineteen, Rigetti up fifteen — Wall Street reading the allocation as a signal of sustained federal commitment, not a one-time grant.
- The administration plans to take equity stakes in funded companies, transforming the government from patron to co-owner and tying taxpayer returns directly to quantum's commercial success.
The US Department of Commerce is directing two billion dollars in CHIPS Act funding toward quantum computing, anchoring half of it in a single landmark commitment: one billion dollars to IBM to build a quantum wafer foundry that does not yet exist at scale anywhere in the country.
The foundry will operate through a new entity called Anderon, headquartered in Albany, New York. It will produce 300-millimeter quantum wafers — the physical foundation on which quantum computers are constructed. IBM is matching the federal investment with a billion of its own, along with intellectual property, manufacturing infrastructure, and specialized labor. The logic is stark: without domestic production capacity, the United States will depend on foreign suppliers for technology that could reshape defense, medicine, and finance.
Commerce Secretary Howard Lutnick cast the investment as a strategic correction rather than an experiment, promising thousands of well-paying American jobs. IBM CEO Arvind Krishna pointed to the company's deep history in silicon wafer manufacturing as the bridge to quantum scale. The industry's potential — estimated at 850 billion dollars in economic value by 2040 — looms over every decision being made now.
The remaining billion is distributed across eight companies, with GlobalFoundries receiving 375 million dollars and firms like D-Wave, Rigetti, IonQ, and Infleqtion each receiving 100 million. Startup Diraq receives 38 million. The spread is intentional: concentrate resources in proven players while cultivating a wider field.
Markets responded sharply, with IBM rising six percent and D-Wave surging nineteen percent in pre-market trading — investors pricing in not just capital but the government's signal of long-term commitment. Lutnick's strategy also includes taking equity stakes in funded companies, mirroring the administration's position in Intel and turning the federal government into a direct stakeholder in quantum's commercial future.
Whether Anderon can deliver remains the central uncertainty. The foundry must achieve manufacturing yields that don't yet exist, train workers in techniques still being invented, and compete against well-funded quantum programs in China and Europe. The two billion dollars is committed. Whether it is sufficient is a question only time and execution can answer.
The United States Department of Commerce is committing two billion dollars to quantum computing through the CHIPS Act, a sweeping federal investment designed to anchor American technological dominance in an industry still in its infancy. Half of that money—one billion dollars—is going to IBM, which has signed a letter of intent with the government to build something that does not yet exist at scale in the country: a quantum wafer foundry.
The foundry will operate under a new company called Anderon, based in Albany, New York. It will manufacture 300-millimeter quantum wafers, the physical substrate on which quantum computers are built. IBM is matching the federal commitment with another billion dollars of its own money, plus intellectual property, manufacturing assets, and specialized workforce. The bet is straightforward: if the United States does not build this capacity domestically, it will depend on foreign suppliers for technology that will reshape everything from national defense to drug discovery to financial modeling.
Commerce Secretary Howard Lutnick framed the investment as a cornerstone of the Trump administration's strategy to reclaim American technological leadership. "These strategic investments in quantum technology will build on our domestic industry, creating thousands of well-paid American jobs," he said. The language was confident, almost declarative—this is not a gamble but a correction, a return to what the government believes America should already be doing.
IBM's CEO Arvind Krishna emphasized that the company's decades of experience in silicon wafer manufacturing—the foundation of classical computing—positions it uniquely to scale quantum production. The quantum industry, by some estimates, could generate 850 billion dollars in economic value by 2040. That number sits in the background of every decision being made now, a kind of north star that justifies the present spending.
The remaining one billion dollars is distributed among eight other quantum companies. GlobalFoundries receives 375 million dollars. D-Wave Quantum, Rigetti Computing, Infleqtion, IonQ, and others each receive 100 million dollars. Diraq, a startup, gets 38 million dollars. The distribution reflects a deliberate strategy: concentrate resources in the most advanced players while seeding a broader ecosystem.
Wall Street responded immediately. IBM stock rose six percent in pre-market trading. D-Wave jumped nineteen percent. Rigetti climbed fifteen percent. IonQ advanced nine percent. The market was pricing in not just the immediate capital but the signal that the federal government had chosen quantum computing as a priority, that this was not a one-time allocation but the beginning of sustained commitment.
Lutnick's strategy includes something less visible but potentially more consequential: the government plans to take equity stakes in the companies it funds, similar to arrangements in rare earth minerals and the position the government holds in Intel. This transforms the relationship from grant-giver to stakeholder, aligning federal interests with corporate success. When the president boasts about Intel's financial performance as a benefit to taxpayers and deficit reduction, he is describing a model the administration intends to replicate across quantum.
Quantum computing itself remains largely theoretical in practical application. It promises to solve problems that classical supercomputers cannot touch—molecular simulation, optimization problems of staggering complexity, cryptographic challenges. Bill Frauenhofer, the Commerce Department's executive director of semiconductor investment and innovation, listed the domains where quantum matters: national defense, advanced materials, biopharmaceutical discovery, financial modeling, energy systems. The list reads like a map of American strategic vulnerability and ambition combined.
What happens next depends on whether Anderon can actually build what it promises. The foundry must achieve manufacturing yields that do not yet exist. It must train a workforce in techniques that are still being invented. It must do this while competing against quantum research programs in China and Europe that are equally well-funded and equally determined. The two billion dollars is real. Whether it is enough remains an open question.
Notable Quotes
These strategic investments in quantum technology will build on our domestic industry, creating thousands of well-paid American jobs.— Commerce Secretary Howard Lutnick
IBM has been pioneering quantum computing for decades. Our work in silicon wafer manufacturing has been key to IBM's success and will be fundamental to enabling a broader quantum technology landscape that will reshape global innovation and economic competitiveness.— IBM CEO Arvind Krishna
The Hearth Conversation Another angle on the story
Why does the United States need to build quantum wafers domestically? Can't IBM just buy them from somewhere else?
Because whoever controls quantum manufacturing controls quantum capability. If you depend on foreign suppliers for the physical chips, you're dependent on them for everything that follows—defense systems, encryption, drug development. The government is betting that quantum will matter as much as silicon did, and they don't want to be in the position of asking permission.
So this is really about geopolitics, not just technology?
It's both. The technology is real and transformative, but the urgency is geopolitical. China is investing heavily in quantum. Europe is too. If America falls behind, it's not just a market loss—it's a strategic vulnerability.
Why give IBM a billion dollars when they're already a massive company? Why not spread it more evenly?
Because IBM has the manufacturing expertise and the track record. They've been building silicon wafers for decades. That knowledge transfers to quantum. You could spread the money evenly and hope eight smaller companies figure it out, or you could concentrate resources in the one player most likely to actually build a working foundry at scale.
What about the equity stakes the government is taking? Doesn't that seem like a conflict of interest?
It's a different kind of alignment. The government isn't trying to run these companies. It's saying: we're investing in your success, and we're going to benefit if you succeed. It's the same model they used with Intel. Whether it works depends on whether the companies stay focused on innovation rather than just maximizing shareholder returns.
What happens if Anderon fails to deliver?
Then the government has spent two billion dollars on a foundry that doesn't work, and the quantum companies it funded are still dependent on foreign suppliers. The timeline matters—they need to prove this works before the geopolitical window closes.